Distilling Flask Manufacturer,Supplier and Exporter in India
Product Code : TVT-GP-10776
The Distilling Flask is a round-bottom borosilicate glass flask with a side arm, built with high heat tolerance for distillation and other heated separation processes in the laboratory.
How It Works
The flask's round bottom promotes even heat distribution around the liquid being distilled, reducing the risk of localised overheating and thermal stress, while its side arm provides an outlet through which vapour travels to a condenser during distillation. Borosilicate glass construction gives the flask high heat tolerance and chemical resistance, allowing it to be heated directly and to handle a wide range of solvents and reagents safely.
Technical Specifications
| Parameter | Specification |
|---|---|
| Material | Borosilicate glass |
| Colour | Clear |
| Base | Round bottom |
| Feature | Side arm |
| Heat Tolerance | High |
| Chemical Resistance | Chemical resistant |
Applications
Round-bottom distilling flasks with a side arm are used in chemistry laboratories for simple and fractional distillation, where the side arm carries vapour to a condenser and the round-bottom shape supports safe, even heating of the liquid being distilled.
Related Products & Category
The Distilling Flask is part of our Glassware Plasticware range. Other products in this range include Erlenmeyer Flask, Wide Mouth and Erlenmeyer Flask, 125ml PETG.
Frequently Asked Questions
What is the side arm used for?
The side arm carries vapour out of the flask to a condenser during distillation.
Why is the base round rather than flat?
The round bottom promotes even heat distribution, reducing localised overheating and thermal stress during heating.
What material is this flask made from?
It is made from borosilicate glass, with high heat tolerance and chemical resistance.
Request a Quote
For a quotation on the Distilling Flask, send us the size or capacity you need, the quantity and the delivery location. Request a quote from Tvet Equipments.
Last updated: September 2026
